As one of the oldest and most distinguished research-lead universities in Europe, KU Leuven is an establishment that is always looking for to introduce and also remain in addition to the most recent modern technologies as well as trends. The establishment is an advocate of additive processes and commits a study team to the modern technology when it comes to manufacturing. KU Leuven also provides a post-graduate course on additive production (AM) as well as 3D printing, to give the future generation of designers with a breadth and deepness of understanding on the subject.
The university is constantly seeking to advertise using additive production processes in bigger industry and also as such has the ability to create high quality components genuine world applications. As A Result, KU Leuven made the decision to purchase an XJet Carmel 1400C 3D printer, which was installed in the latter half of 2019. For XJet, this marked the very first installment of its NanoParticle Jetting technology-based systems at an academic organization in Europe.
For the group at KU Leuven, the motivation for executing the Xjet Carmel system was to outfit themselves with the methods to generate parts with detailed levels of detail, brief manufacturing times and without the need for prolonged blog post processing. These advantages have enabled researchers at the university to start discovering numerous medical applications, including ceramic bone implants as well as dentures.
Professor Shoufeng Yang, who heads AM study at the college, is recognized globally for his years of study in the field of additive manufacturing at numerous academic organizations. He made clear his belief that XJet NanoParticle Jetting technology is pressing the limits of advancement made possible by AM. “Since the Carmel was set up, we have currently been profiting,” Professor Yang said. “The XJet system provides the high degrees of accuracy as well as outstanding outlining needed, degrees which were very time-consuming or formerly impossible in post-processing. Using soluble assistance product, without damaging powders, makes it a much easier procedure as well as opens chances to introduce that simply did not exist in the past. It’s a outstanding as well as great innovation for R&D in colleges and for the manufacturing sector, as well as it’s really amazing to be a part of.” He included the belief this is the best ceramic additive manufacturing technique which can be conveniently upgraded into future multi-materials additive manufacturing. That is a difficulty in the AM market.
Teacher Yang has actually been involved in additive production for more than 20 years as well as going forward, he and the group at KU Leuven are focused on the clinical markets, having currently created numerous implants. They believe that their goal, to spread using AM across the production globe, will be made possible with the Carmel. The system will hence allow them to accelerate their research and development of additive manufacturing throughout Europe.
Establishments like KU Leuven University are vital to the recurring growth of AM and also especially medical AM, allowing for development research study developments. As an establishment at the leading edge of AM development, KU Leuven wishes the financial investment will assist it to expand its network of partners and also widen the extent of its manufacturing jobs also better.